后来,各种技术创新被人分享,并有了许多改进。
通过使用创新性技术和组件,EMC的EFD进行了写操作和使用寿命优化。这样EFD的写操作响应时间相对于HDD有了很大的改进。
Using innovative techniques and components, EMC's EFDs have been optimized for writes and longevity, The result is a significant improvement in EFDs write times, as compared to HDDs.
这些新的特性,加上其他改进处,帮助系统工程师和实时或者嵌入式软件开发员增加生产效率,并向市场交付创新性的产品。
These new features, plus other enhancements, help systems engineers and real-time or embedded software developers increase productivity and deliver innovative products to market.
You can imagine that there are many requirements that a device like this has to meet in order for it to be a good artificial hip and we'll talk about those and how the design of these has changed over the years and what we can expect in the future.
你可以想象,这种装置对技术要求极高,这样它才能成为,一个好的人工髋关节,我们会讲到这些,以及这些年来这项技术的设计有哪些改进,在未来会有怎样的创新
应用推荐